What Makes You Use a Cylindrical Bearing Catalog to Find the Right Bearing?

 


Cylindrical Bearing Catalog

With industrial sectors involved in developing and manufacturing of various products that go for the comfort and convenience of people, their use is increasing day-by-day. Technological developments assist in making these products faster and manufacturing machines use advanced bearings to help them operate under extreme load and environment conditions. With enough designs and specifications, it asks for referring a roller bearing catalog to choose the most apt bearing for your use.

Know Various Cylindrical Bearing Designs and their Uses

The automobile industry has a high use of some cylindrical bearing designs to handle high speed and performance of a vehicle. With cylindrical rollers, these bearings come with inner and outer raceways and a cage assembly to manage rapid accelerations under heavy load conditions. These bearings are popularly used as free-end bearings and support radial loads during operation.

Among several cylindrical bearing types, the double-row type is particularly used in precision machine tools. Most cylindrical roller bearings are made up of alloy steels and low-carbon steels. The other common applications where this bearing type has huge importance are: plastic machinery, electric motors, petroleum production, power transmission, mining, rubber mixing equipment and so on.

As for any type of cylindrical bearings, it is advisable to gather much information about their specifications and construction on the cylindrical bearing catalog

How to Choose a Bearing Using a Cylindrical Bearing Catalog?

Sometimes, the choice of bearings can become very tricky as they are available in a wide range ofchoices. The selection of cylindrical bearings depends on various factors such as:

The nature of load

Shaft speed

Nature of working environment

Expected life of the bearing

Choosing a right type of bearing is very important to make a machine or equipment work efficiently. Depending on the force, whether radial or axial, and the load, which the bearing has to manage, choose the cylindrical bearing accordingly.After considering the various factors, it is found that these bearings are best suitable for applications that demand accommodation of axial displacement at loads evenly distributes owing to the logarithmic profile of the rollers. 

The bearing further provides better operational reliability because of the formation of hydrodynamic lubricant film. The separable components are easily available due to standardizing of the sizes, series, dimensions and designs. With a cylindrical bearing catalog, you can choose the most suitable bearing depending on the application.

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